The compressive properties of a T6 heat-treated AZ91 Mg foam are compared with those of as-cast foam. The plateau stress of the foam was not increased by the standard T6 heat treatment. Microstructural observation revealed that the precipitates were rather large in the heat-treated foam, suggesting that the heat treatment applied in the case of the bulk materials is not necessarily suitable for these cellular materials. However, the densification strain of the heat-treated foam was the same as that of the as-cast foam. Therefore, it is suggested that the densification strain of the foam is independent of the microstructure of the cell edge solids
As a new type of structurally functional material, aluminum foam is widely used in civil engineering...
Compressive behaviour of CYMAT aluminium foams with relative densities ranged from 5% to 20% has bee...
Closed cell aluminum foam was synthesized using different types of thickening agents. The effect of ...
Effects of the heat treatments of solution (T4) and aging (T6) on the variations of the microstructu...
Zinc alloy (ZA27) syntactic foams (SF) were manufactured using expanded perlite (EP) particles and c...
Magnesium composite foams with 10 vol. % of hollow ceramic microspheres (CMs) were prepared by modif...
International audienceThe mechanical properties of a class of cellular material were measured. The c...
Aluminium foams based on the wrought alloy AA6061 were subjected to different heat treatments in ord...
In this paper, a syntactic foam is fabricated by counter-gravity infiltrating packed bed of expanded...
A2024 alloy foams were fabricated by two methods. In the first method, the melt was thickened by Mg,...
Metal foams were produced by means of the powder compact melting technique. Specimens were made of a...
Zn-22Al alloy closed-cell foams were fabricated by melt foaming process using hydride foaming agent....
This work deals with the compressive behavior of closed-cell Al foams at high temperature. Al foams ...
The variation of the structural and compressive properties through a single rectangular closed-cell ...
Closed cell aluminum foam was synthesized using different types of thickening agents. The effect of ...
As a new type of structurally functional material, aluminum foam is widely used in civil engineering...
Compressive behaviour of CYMAT aluminium foams with relative densities ranged from 5% to 20% has bee...
Closed cell aluminum foam was synthesized using different types of thickening agents. The effect of ...
Effects of the heat treatments of solution (T4) and aging (T6) on the variations of the microstructu...
Zinc alloy (ZA27) syntactic foams (SF) were manufactured using expanded perlite (EP) particles and c...
Magnesium composite foams with 10 vol. % of hollow ceramic microspheres (CMs) were prepared by modif...
International audienceThe mechanical properties of a class of cellular material were measured. The c...
Aluminium foams based on the wrought alloy AA6061 were subjected to different heat treatments in ord...
In this paper, a syntactic foam is fabricated by counter-gravity infiltrating packed bed of expanded...
A2024 alloy foams were fabricated by two methods. In the first method, the melt was thickened by Mg,...
Metal foams were produced by means of the powder compact melting technique. Specimens were made of a...
Zn-22Al alloy closed-cell foams were fabricated by melt foaming process using hydride foaming agent....
This work deals with the compressive behavior of closed-cell Al foams at high temperature. Al foams ...
The variation of the structural and compressive properties through a single rectangular closed-cell ...
Closed cell aluminum foam was synthesized using different types of thickening agents. The effect of ...
As a new type of structurally functional material, aluminum foam is widely used in civil engineering...
Compressive behaviour of CYMAT aluminium foams with relative densities ranged from 5% to 20% has bee...
Closed cell aluminum foam was synthesized using different types of thickening agents. The effect of ...